The differential cross section for dp-elastic scattering at 500-900 MeV/n and large transverse momenta

The results of the differential cross section of elastic dp-scattering measurements at 500, 750 and 900 MeV/n, performed at the Internal Target Station at the JINR Nuclotron are presented. The angular dependence is compared with the world experimental data at close energies as well as with the theoretical calculations performed within the framework of the relativistic multiple scattering theory. The differential cross section at fixed scattering angles covered a total c.m. energy range s=3.1−3.42 GeV\rad{}{s} = 3.1 - 3.42\,{\rm{GeV}} were obtained. The results are compared with the behavior of the world data

The differential cross section for dp-elastic scattering at 500-900 MeV/n and large transverse momenta

The results of the differential cross section of elastic dp-scattering measurements at 500, 750 and 900 MeV/n, performed at the Internal Target Station at the JINR Nuclotron are presented. The angular dependence is compared with the world experimental data at close energies as well as with the theoretical calculations performed within the framework of the relativistic multiple scattering theory. The differential cross section at fixed scattering angles covered a total c.m. energy range \rad{}{s} = 3.1 - 3.42\,{\rm{GeV}} were obtained. The results are compared with the behavior of the world data

The differential cross section for the dp-elastic scattering at 500 to 900 MeV/nucleon

The results of the differential cross section measurements of dp-elastic scattering at energies from 500 to 900 MeV/nucleon at Nuclotron JINR are reported. The data were obtained for the angular range of 70-120° in the center-of-mass (c.m.s.). The results are compared with existing world data

The differential cross section for the dp-elastic scattering at 500 to 900 MeV/nucleon

The results of the differential cross section measurements of dp-elastic scattering at energies from 500 to 900 MeV/nucleon at Nuclotron JINR are reported. The data were obtained for the angular range of 70-120° in the center-of-mass (c.m.s.). The results are compared with existing world data